Allic, Abigail Grace Ultraviolet Gamma

Bugayong, Mesha Em Radio Wave Infrared Wave Visible Light X-ray Wave
Rays Wave
1 millimeter to 100 390 to 700 0.01 to 10 less than 10
Wavelength kilometers
1 meter to 1 millimeter
nanometers
10 nm to 400 nm
nanometers picometers
30 petahertz to 30
300 MHz (100 cm) to 8 × 1014 to 3 × 1016 greater than 1019
Frequency 300 GHz to 3 KHz
300 GHz (0.1 cm)
430–770 THz.
Hz
exahertz (3×1016 Hz
Hz
to 3×1019 Hz)
Cones in our eyes are
X-ray tubes, rotating
receivers for these tiny Sunlight is the
When a direct electrical Microwaves, in anodes and Gamma Rays are
visible light waves. The greatest source of
current is applied to a synchrotrons. In-house produced in the
effect, are energy Sun is a natural source UV radiation. Man- or laboratory sources
wire the current flow bursts. They are for visible light waves disintegration of
Source/Means builds an and our eyes see the
made ultraviolet will produce X-rays
radioactive
electromagnetic field
generated by an sources include using either an
atomic nuclei and
of Production around the wire. This electronic device
reflection of this
sunlight off the objects several types of UV evacuated tube or a
in the decay of
lamps, arc welding, rotating anode. X-ray
field sends a wave called a around us. The color of
tubes consist of a certain subatomic
an object that we see is and mercury vapor
outward from the wire. magnetron. lamps. filament that acts as a particles.
the color of light
cathode.
reflected.

Application